private void RequestTeams(string recipientId)
{
if (_teamsToInitialize.IsEmpty)
{
EndInitialization();
}
else
{
var lockObject = new object();
var serviceBusMessages = ServiceBus.ObservableMessages.Where(m => !string.Equals(m.SenderNodeId, NodeId, StringComparison.OrdinalIgnoreCase));
serviceBusMessages = serviceBusMessages.Synchronize(lockObject);
var lastMessageTime = PlanningPoker.DateTimeProvider.UtcNow;
var initTeamActions = serviceBusMessages.Where(m => m.MessageType == NodeMessageType.InitializeTeam)
.TakeWhile(m => !_teamsToInitialize.IsEmpty)
.Select(m => new Action(() =>
{
lastMessageTime = PlanningPoker.DateTimeProvider.UtcNow;
ProcessInitializeTeamMessage(m);
}));
var messageTimeoutActions = Observable.Interval(TimeSpan.FromSeconds(1.0)).Synchronize(lockObject)
.SelectMany(i => lastMessageTime + Configuration.InitializationMessageTimeout < PlanningPoker.DateTimeProvider.UtcNow ? Observable.Throw <Action>(new TimeoutException()) : Observable.Empty <Action>());
void RetryRequestTeamList(Exception ex)
{
_logger?.LogWarning(Resources.Warning_RetryRequestTeamList, NodeId);
RequestTeamList();
}
initTeamActions.Merge(messageTimeoutActions)
.Subscribe(a => a(), RetryRequestTeamList);
var requestTeamsMessage = new NodeMessage(NodeMessageType.RequestTeams)
{
RecipientNodeId = recipientId,
Data = _teamsToInitialize.Values.ToArray()
};
SendNodeMessage(requestTeamsMessage);
}
}
public void SinglePredicate_Empty()
{
ReactiveAssert.Throws <InvalidOperationException>(() => Observable.Empty <int>().Single(_ => true));
}
public override IObservable <int> ReadRssi() => Observable.Empty <int>();
public IObservable <IResponse> GetResponses(IRequest request)
{
return(Observable.Empty <IResponse>());
}
public void Wait_Empty()
{
ReactiveAssert.Throws <InvalidOperationException>(() => Observable.Empty <int>().Wait());
}
public static IObservable <T> OnErrorResumeEmpty <T>(this IObservable <T> observable) => observable.OnErrorResumeNext(Observable.Empty <T>());
public virtual IObservable <int> ReadRssi() => Observable.Empty <int>();
public IObservable <IAdapter> FindAdapters() => Observable.Empty <IAdapter>();
public PullRequestListViewModel(
IModelServiceFactory modelServiceFactory,
IPackageSettings settings,
IPullRequestSessionManager sessionManager,
IVisualStudioBrowser visualStudioBrowser)
{
Guard.ArgumentNotNull(modelServiceFactory, nameof(modelServiceFactory));
Guard.ArgumentNotNull(settings, nameof(settings));
Guard.ArgumentNotNull(sessionManager, nameof(sessionManager));
Guard.ArgumentNotNull(visualStudioBrowser, nameof(visualStudioBrowser));
constructing = true;
this.modelServiceFactory = modelServiceFactory;
this.settings = settings;
this.visualStudioBrowser = visualStudioBrowser;
Title = Resources.PullRequestsNavigationItemText;
States = new List <PullRequestState> {
new PullRequestState {
IsOpen = true, Name = "Open"
},
new PullRequestState {
IsOpen = false, Name = "Closed"
},
new PullRequestState {
Name = "All"
}
};
trackingAuthors = new TrackingCollection <IAccount>(Observable.Empty <IAccount>(),
OrderedComparer <IAccount> .OrderByDescending(x => x.Login).Compare);
trackingAssignees = new TrackingCollection <IAccount>(Observable.Empty <IAccount>(),
OrderedComparer <IAccount> .OrderByDescending(x => x.Login).Compare);
trackingAuthors.Subscribe();
trackingAssignees.Subscribe();
Authors = trackingAuthors.CreateListenerCollection(EmptyUser, this.WhenAnyValue(x => x.SelectedAuthor));
Assignees = trackingAssignees.CreateListenerCollection(EmptyUser, this.WhenAnyValue(x => x.SelectedAssignee));
CreatePullRequests();
this.WhenAny(x => x.SelectedState, x => x.Value)
.Where(x => PullRequests != null)
.Subscribe(s => UpdateFilter(s, SelectedAssignee, SelectedAuthor, SearchQuery));
this.WhenAny(x => x.SelectedAssignee, x => x.Value)
.Where(x => PullRequests != null && x != EmptyUser)
.Subscribe(a => UpdateFilter(SelectedState, a, SelectedAuthor, SearchQuery));
this.WhenAny(x => x.SelectedAuthor, x => x.Value)
.Where(x => PullRequests != null && x != EmptyUser)
.Subscribe(a => UpdateFilter(SelectedState, SelectedAssignee, a, SearchQuery));
this.WhenAny(x => x.SearchQuery, x => x.Value)
.Where(x => PullRequests != null)
.Subscribe(f => UpdateFilter(SelectedState, SelectedAssignee, SelectedAuthor, f));
this.WhenAnyValue(x => x.SelectedRepository)
.Skip(1)
.Subscribe(_ => ResetAndLoad());
OpenPullRequest = ReactiveCommand.Create();
OpenPullRequest.Subscribe(DoOpenPullRequest);
CreatePullRequest = ReactiveCommand.Create();
CreatePullRequest.Subscribe(_ => DoCreatePullRequest());
OpenPullRequestOnGitHub = ReactiveCommand.Create();
OpenPullRequestOnGitHub.Subscribe(x => DoOpenPullRequestOnGitHub((int)x));
// Get the current pull request session and the selected repository. When the session's
// repository is the same as our selected repository set CheckedOutPullRequest to the
// current session's model, so that the checked out PR can be highlighted.
Observable.CombineLatest(
sessionManager.WhenAnyValue(x => x.CurrentSession),
this.WhenAnyValue(x => x.SelectedRepository),
(s, r) => new { Session = s, Repository = r })
.Subscribe(x =>
{
CheckedOutPullRequest = x.Session?.RepositoryOwner == x.Repository?.Owner ?
x.Session?.PullRequest : null;
});
constructing = false;
}
private static IObservableParser <TSource, IObservable <TResult> > AtLeast <TSource, TSeparator, TResult>(
this IObservableParser <TSource, TResult> parser,
string name,
int count,
int maximum = -1,
IObservableParser <TSource, TSeparator> separator = null,
bool nonGreedy = false)
{
Contract.Requires(parser != null);
Contract.Requires(!string.IsNullOrEmpty(name));
Contract.Requires(count >= 0);
Contract.Requires(maximum == -1 || maximum >= count);
Contract.Requires(maximum != 0);
Contract.Ensures(Contract.Result <IObservableParser <TSource, IObservable <TResult> > >() != null);
// TODO: Update this method to properly support multi-result parsers.
/* The current implementation just uses Math.Max for the lengths and aggregates all of the results into a single list.
* The correct behavior is more like a SelectMany query, so consider using the new SelectMany overload that AllObservableParser uses.
*/
/* This method is optimized to prevent stack overflows due to two factors: recursion and using Skip to move the source cursor.
*
* The previous implementation used recursive calls to NoneOrMore, in which there was a linear relationship between the number
* of stack frames and the number of elements in the input sequence. As an input sequence grew and the parser continued matching
* elements, the number of calls to the Skip operator (via the Remainder extension) grew linearly, and so did the number of branches
* due to NoneOrMore using the Or operator, which not only added the Or operator to the stack but added all of the calls to the
* quantified parser between the stack frames that Or added, for every subsequent element in the sequence that the parser matched.
*/
return(parser.Yield <TSource, TResult, IObservable <TResult> >(
name,
(source, observer) =>
{
Contract.Requires(source.IsForwardOnly);
var branch = source.Branch();
var list = new List <TResult>();
int total = 0;
int totalLength = 0;
Action onCompleted = () =>
{
if (total >= count)
{
observer.OnNext(new ParseResult <IObservable <TResult> >(list.ToObservable(Scheduler.Immediate), totalLength));
}
observer.OnCompleted();
};
var subscription = new SerialDisposable();
Func <IDisposable> start = () =>
Scheduler.Immediate.Schedule(self =>
{
bool hasResult = false;
bool hasSeparatorResult = false;
int length = 0;
int separatorLength = 0;
Action currentCompleted = () =>
{
if (hasResult)
{
totalLength += length + separatorLength;
if (total < (maximum == -1 ? count : maximum))
{
total++;
}
if (total != maximum && (separator == null || hasSeparatorResult))
{
if (nonGreedy && total >= count)
{
var lookAhead = new LookAheadParseResult <IObservable <TResult> >(list.ToObservable(Scheduler.Immediate), totalLength);
subscription.SetDisposableIndirectly(() => new CompositeDisposable(
lookAhead,
lookAhead.Subscribe(success =>
{
if (success)
{
onCompleted();
}
else
{
self();
}
})));
observer.OnNext(lookAhead);
return;
}
else
{
self();
return;
}
}
}
onCompleted();
};
subscription.SetDisposableIndirectly(() =>
parser.Parse(branch).Subscribe(
result =>
{
hasResult = true;
length = Math.Max(length, result.Length);
list.Add(result.Value);
},
observer.OnError,
() =>
{
branch.Move(length);
if (separator == null)
{
currentCompleted();
}
else
{
subscription.SetDisposableIndirectly(() =>
separator.Parse(branch).Subscribe(
separatorResult =>
{
hasSeparatorResult = true;
separatorLength = Math.Max(separatorLength, separatorResult.Length);
},
observer.OnError,
() =>
{
branch.Move(separatorLength);
currentCompleted();
}));
}
}));
});
if (nonGreedy && count == 0)
{
var startSubscription = new SingleAssignmentDisposable();
var lookAhead = new LookAheadParseResult <IObservable <TResult> >(Observable.Empty <TResult>(), length: 0);
var lookAheadSubscription = lookAhead.Subscribe(success =>
{
if (success)
{
onCompleted();
}
else
{
startSubscription.Disposable = start();
}
});
observer.OnNext(lookAhead);
return new CompositeDisposable(branch, subscription, lookAhead, lookAheadSubscription, startSubscription);
}
else
{
var startSubscription = start();
return new CompositeDisposable(branch, subscription, startSubscription);
}
}));
}
public IObservable <IGpsReading> GetLastReading() => Observable.Empty <IGpsReading>();
public void Empty()
{
var material = Observable.Empty <Unit>().Materialize().ToArray().Wait();
material.Is(Notification.CreateOnCompleted <Unit>());
}
public void Subscribe_ArgumentChecking()
{
var someObservable = Observable.Empty <int>();
ReactiveAssert.Throws <ArgumentNullException>(() => ObservableExtensions.Subscribe <int>(default));
public IObservable <DRMDescription> SetDrmConfiguration()
{
return(Observable.Empty <DRMDescription>());
}
public void Subscribe_OnNext_Empty()
{
Observable.Empty <int>(Scheduler.Immediate).Subscribe((int _) => { Assert.Fail(); });
}
public Node(string id)
: this(id, null, _ => Observable.Empty <Leaf>())
{
}
public static IObservable <T> WhereAsync <T>(this IObservable <T> observable, Func <T, IObservable <bool> > asyncPredicate)
=> observable.SelectMany(item =>
asyncPredicate(item)
.SingleAsync()
.SelectMany(include => include ? Observable.Return(item) : Observable.Empty <T>()));
public void Synchronize_ArgumentChecking()
{
var someObservable = Observable.Empty <int>();
ReactiveAssert.Throws <ArgumentNullException>(() => Observable.Synchronize <int>(default));
public virtual IObservable <BleException> WhenConnectionFailed() => Observable.Empty <BleException>();
public IObservable <TReturn> HandleError <TException, TReturn>(TException e) where TException : Exception
{
return(Observable.Empty <TReturn>());
}
public IObservable <ElasticsearchMessage> Start(string[] additionalSettings = null)
{
if (!this.RunningIntegrations)
{
return(Observable.Empty <ElasticsearchMessage>());
}
this.Stop();
var timeout = TimeSpan.FromMinutes(1);
#if DOTNETCORE
var handle = new Signal(false);
#else
var handle = new ManualResetEvent(false);
#endif
if (_doNotSpawnIfAlreadyRunning)
{
var client = TestClient.GetClient();
var alreadyUp = client.RootNodeInfo();
if (alreadyUp.IsValid)
{
var checkPlugins = client.CatPlugins();
if (checkPlugins.IsValid)
{
foreach (var supportedPlugin in SupportedPlugins)
{
if (!checkPlugins.Records.Any(r => r.Component.Equals(supportedPlugin.Key)))
{
throw new Exception($"Already running elasticsearch does not have supported plugin {supportedPlugin.Key} installed.");
}
}
this.Started = true;
this.Port = 9200;
this.Info = new ElasticsearchNodeInfo(alreadyUp.Version.Number, null, alreadyUp.Version.LuceneVersion);
this._blockingSubject.OnNext(handle);
if (!handle.WaitOne(timeout, true))
{
throw new Exception($"Could not launch tests on already running elasticsearch within {timeout}");
}
return(Observable.Empty <ElasticsearchMessage>());
}
}
}
var settingMarker = this.VersionInfo.ParsedVersion.Major >= 5 ? "-E " : "-D";
var settings = new []
{
$"es.cluster.name=\"{this.ClusterName}\"",
$"es.node.name={this.NodeName}",
$"es.path.repo=\"{this.RepositoryPath}\"",
$"es.script.inline=true",
$"es.script.indexed=true",
$"es.node.attr.testingcluster=true"
}.Concat(additionalSettings ?? Enumerable.Empty <string>())
.Select(s => $"{settingMarker}{s}");
this._process = new ObservableProcess(this.Binary, settings.ToArray());
var observable = Observable.Using(() => this._process, process => process.Start())
.Select(consoleLine => new ElasticsearchMessage(consoleLine));
this._processListener = observable.Subscribe(onNext: s => HandleConsoleMessage(s, handle));
if (!handle.WaitOne(timeout, true))
{
this.Stop();
throw new Exception($"Could not start elasticsearch within {timeout}");
}
return(observable);
}
private async Task ConnectAsync(CancellationToken token)
{
try
{
await BackOff();
_stateSubject.OnNext(GraphQLWebsocketConnectionState.Connecting);
Debug.WriteLine($"opening websocket {_clientWebSocket.GetHashCode()} (thread {Thread.CurrentThread.ManagedThreadId})");
await _clientWebSocket.ConnectAsync(_webSocketUri, token);
_stateSubject.OnNext(GraphQLWebsocketConnectionState.Connected);
Debug.WriteLine($"connection established on websocket {_clientWebSocket.GetHashCode()}, invoking Options.OnWebsocketConnected()");
await(Options.OnWebsocketConnected?.Invoke(_client) ?? Task.CompletedTask);
Debug.WriteLine($"invoking Options.OnWebsocketConnected() on websocket {_clientWebSocket.GetHashCode()}");
_connectionAttempt = 1;
// create receiving observable
_incomingMessages = Observable
.Defer(() => GetReceiveTask().ToObservable())
.Repeat()
// complete sequence on OperationCanceledException, this is triggered by the cancellation token on disposal
.Catch <WebsocketMessageWrapper, OperationCanceledException>(exception => Observable.Empty <WebsocketMessageWrapper>())
.Publish();
// subscribe maintenance
var maintenanceSubscription = _incomingMessages.Subscribe(_ => { }, ex =>
{
Debug.WriteLine($"incoming message stream {_incomingMessages.GetHashCode()} received an error: {ex}");
_exceptionSubject.OnNext(ex);
_incomingMessagesConnection?.Dispose();
_stateSubject.OnNext(GraphQLWebsocketConnectionState.Disconnected);
},
() =>
{
Debug.WriteLine($"incoming message stream {_incomingMessages.GetHashCode()} completed");
_incomingMessagesConnection?.Dispose();
_stateSubject.OnNext(GraphQLWebsocketConnectionState.Disconnected);
});
// connect observable
var connection = _incomingMessages.Connect();
Debug.WriteLine($"new incoming message stream {_incomingMessages.GetHashCode()} created");
_incomingMessagesConnection = new CompositeDisposable(maintenanceSubscription, connection);
}
catch (Exception e)
{
_stateSubject.OnNext(GraphQLWebsocketConnectionState.Disconnected);
_exceptionSubject.OnNext(e);
throw;
}
}
//inform the system that the enum has changed
protected override IObservable <object> GetEntriesChangedObservable()
{
return(Observable.Empty <object>());
}
/// <summary>
/// Create a new subscription stream
/// </summary>
/// <typeparam name="TResponse">the response type</typeparam>
/// <param name="request">the <see cref="GraphQLRequest"/> to start the subscription</param>
/// <param name="exceptionHandler">Optional: exception handler for handling exceptions within the receive pipeline</param>
/// <returns>a <see cref="IObservable{TResponse}"/> which represents the subscription</returns>
public IObservable <GraphQLResponse <TResponse> > CreateSubscriptionStream <TResponse>(GraphQLRequest request, Action <Exception> exceptionHandler = null) =>
Observable.Defer(() =>
Observable.Create <GraphQLResponse <TResponse> >(async observer =>
{
Debug.WriteLine($"Create observable thread id: {Thread.CurrentThread.ManagedThreadId}");
await _client.Options.PreprocessRequest(request, _client);
var startRequest = new GraphQLWebSocketRequest
{
Id = Guid.NewGuid().ToString("N"),
Type = GraphQLWebSocketMessageType.GQL_START,
Payload = request
};
var closeRequest = new GraphQLWebSocketRequest
{
Id = startRequest.Id,
Type = GraphQLWebSocketMessageType.GQL_STOP
};
var initRequest = new GraphQLWebSocketRequest
{
Id = startRequest.Id,
Type = GraphQLWebSocketMessageType.GQL_CONNECTION_INIT,
Payload = _client.WebSocketHeaders.Count > 0 ? _client.WebSocketHeaders : null
};
var observable = Observable.Create <GraphQLResponse <TResponse> >(o =>
IncomingMessageStream
// ignore null values and messages for other requests
.Where(response => response != null && response.Id == startRequest.Id)
.Subscribe(response =>
{
// terminate the sequence when a 'complete' message is received
if (response.Type == GraphQLWebSocketMessageType.GQL_COMPLETE)
{
Debug.WriteLine($"received 'complete' message on subscription {startRequest.Id}");
o.OnCompleted();
return;
}
// post the GraphQLResponse to the stream (even if a GraphQL error occurred)
Debug.WriteLine($"received payload on subscription {startRequest.Id} (thread {Thread.CurrentThread.ManagedThreadId})");
var typedResponse =
_client.JsonSerializer.DeserializeToWebsocketResponse <TResponse>(
response.MessageBytes);
o.OnNext(typedResponse.Payload);
// in case of a GraphQL error, terminate the sequence after the response has been posted
if (response.Type == GraphQLWebSocketMessageType.GQL_ERROR)
{
Debug.WriteLine($"terminating subscription {startRequest.Id} because of a GraphQL error");
o.OnCompleted();
}
},
e =>
{
Debug.WriteLine($"response stream for subscription {startRequest.Id} failed: {e}");
o.OnError(e);
},
() =>
{
Debug.WriteLine($"response stream for subscription {startRequest.Id} completed");
o.OnCompleted();
})
);
try
{
// initialize websocket (completes immediately if socket is already open)
await InitializeWebSocket();
}
catch (Exception e)
{
// subscribe observer to failed observable
return(Observable.Throw <GraphQLResponse <TResponse> >(e).Subscribe(observer));
}
var disposable = new CompositeDisposable(
observable.Subscribe(observer),
Disposable.Create(async() =>
{
// only try to send close request on open websocket
if (WebSocketState != WebSocketState.Open)
{
return;
}
try
{
Debug.WriteLine($"sending close message on subscription {startRequest.Id}");
await QueueWebSocketRequest(closeRequest);
}
// do not break on disposing
catch (OperationCanceledException) { }
})
);
// send connection init
Debug.WriteLine($"sending connection init on subscription {startRequest.Id}");
try
{
await QueueWebSocketRequest(initRequest);
}
catch (Exception e)
{
Console.WriteLine(e);
throw;
}
Debug.WriteLine($"sending initial message on subscription {startRequest.Id}");
// send subscription request
try
{
await QueueWebSocketRequest(startRequest);
}
catch (Exception e)
{
Console.WriteLine(e);
throw;
}
return(disposable);
}))
// complete sequence on OperationCanceledException, this is triggered by the cancellation token
.Catch <GraphQLResponse <TResponse>, OperationCanceledException>(exception =>
Observable.Empty <GraphQLResponse <TResponse> >())
// wrap results
.Select(response => new Tuple <GraphQLResponse <TResponse>, Exception>(response, null))
// do exception handling
.Catch <Tuple <GraphQLResponse <TResponse>, Exception>, Exception>(e =>
{
try
{
if (exceptionHandler == null)
{
// if the external handler is not set, propagate all exceptions except WebSocketExceptions
// this will ensure that the client tries to re-establish subscriptions on connection loss
if (!(e is WebSocketException))
{
throw e;
}
}
else
{
// exceptions thrown by the handler will propagate to OnError()
exceptionHandler?.Invoke(e);
}
// throw exception on the observable to be caught by Retry() or complete sequence if cancellation was requested
if (_internalCancellationToken.IsCancellationRequested)
{
return(Observable.Empty <Tuple <GraphQLResponse <TResponse>, Exception> >());
}
else
{
Debug.WriteLine($"Catch handler thread id: {Thread.CurrentThread.ManagedThreadId}");
return(Observable.Throw <Tuple <GraphQLResponse <TResponse>, Exception> >(e));
}
}
catch (Exception exception)
{
// wrap all other exceptions to be propagated behind retry
return(Observable.Return(new Tuple <GraphQLResponse <TResponse>, Exception>(null, exception)));
}
})
// attempt to recreate the websocket for rethrown exceptions
.Retry()
// unwrap and push results or throw wrapped exceptions
.SelectMany(t =>
{
Debug.WriteLine($"unwrap exception thread id: {Thread.CurrentThread.ManagedThreadId}");
// if the result contains an exception, throw it on the observable
if (t.Item2 != null)
{
return(Observable.Throw <GraphQLResponse <TResponse> >(t.Item2));
}
return(t.Item1 == null
? Observable.Empty <GraphQLResponse <TResponse> >()
: Observable.Return(t.Item1));
})
// transform to hot observable and auto-connect
.Publish().RefCount();
private IObservable <TdApi.Message> LoadAggregateMessages(
Aggregate aggregate,
AggregateLoadingState state)
{
var actualLimit = _limit;
var list = aggregate.Chats.Select(f =>
{
var stackedCount = state.CountStackedMessages(f.ChatData.Id);
return(Enumerable.Range(0, stackedCount)
.Select(_ => state.PopMessageFromStack(f.ChatData.Id)) // get stacked messages for this chat
.ToObservable()
.Concat(stackedCount < _limit
? LoadChannelMessages(f, new ChatLoadingState // load messages from the server
{
LastMessageId = state.GetLastMessageId(f.ChatData.Id)
}, _limit, 0)
: Observable.Empty <TdApi.Message>())
.CollectToList()
.Do(l =>
{
// api has no guarantees about actual number of messages returned
// actual limit would be equal to min number of messages for all feeds
// unless it is zero
if (l.Count > 0 && l.Count < actualLimit)
{
actualLimit = l.Count;
}
})
.SelectMany(messages => messages));
});
return(list.Merge()
.CollectToList()
.SelectMany(l =>
{
// make sure all messages are unique
var all = l.GroupBy(m => m.Id)
.Select(g => g.First())
.OrderByDescending(m => m.Date)
.ToArray();
var toBeReturned = all.Take(actualLimit);
var toBeStacked = all.Skip(actualLimit);
// remember last message id
foreach (var message in all.Reverse())
{
state.SetLastMessageId(message.ChatId, message.Id);
}
// put into stack
foreach (var message in toBeStacked.Reverse())
{
state.PushMessageToStack(message.ChatId, message);
}
return toBeReturned;
}));
}
private IObservable <Unit> done()
{
var nameIsAlreadyTaken = currentWorkspace
.SelectMany(workspace => dataSource.Projects.GetAll(project => project.WorkspaceId == workspace.Id))
.Select(existingProjectsDictionary)
.CombineLatest(currentClient, Name, checkNameIsTaken);
var projectCreation = currentWorkspace.FirstAsync()
.SelectMany(workspace => checkIfCanContinue(workspace)
.SelectMany(shouldContinue => !shouldContinue
? Observable.Empty <Unit>()
: getDto(workspace)
.SelectMany(dto => interactorFactory.CreateProject(dto).Execute())
.Do(createdProject => Close(createdProject.Id))
.SelectUnit()
)
);
return(nameIsAlreadyTaken.SelectMany(taken =>
{
if (taken)
{
throw new Exception(Resources.ProjectNameTakenError);
}
return projectCreation;
}));
IObservable <bool> checkIfCanContinue(IThreadSafeWorkspace workspace)
{
if (initialWorkspaceId == workspace.Id)
{
return(Observable.Return(true));
}
return(View.Confirm(
Resources.WorkspaceChangedAlertTitle,
Resources.WorkspaceChangedAlertMessage,
Resources.Ok,
Resources.Cancel
));
}
IObservable <CreateProjectDTO> getDto(IThreadSafeWorkspace workspace)
=> Observable.CombineLatest(
Name.FirstAsync(),
Color.FirstAsync(),
currentClient.FirstAsync(),
interactorFactory.AreProjectsBillableByDefault(workspace.Id).Execute(),
IsPrivate.FirstAsync(),
(name, color, client, billable, isPrivate) => new CreateProjectDTO
{
Name = name.Trim(),
Color = color.ToHexString(),
IsPrivate = isPrivate,
ClientId = client?.Id,
Billable = billable,
WorkspaceId = workspace.Id
}
);
Dictionary <long, HashSet <string> > existingProjectsDictionary(IEnumerable <IThreadSafeProject> projectsInWorkspace)
=> projectsInWorkspace.Aggregate(new Dictionary <long, HashSet <string> >(), (dict, project) =>
{
var key = project.ClientId ?? noClientId;
if (dict.ContainsKey(key))
{
dict[key].Add(project.Name);
return(dict);
}
dict[key] = new HashSet <string> {
project.Name
};
return(dict);
});
bool checkNameIsTaken(Dictionary <long, HashSet <string> > projectNameDictionary, IThreadSafeClient client, string name)
{
var key = client?.Id ?? noClientId;
if (projectNameDictionary.TryGetValue(key, out var projectNames))
{
return(projectNames.Contains(name.Trim()));
}
return(false);
}
}
public static IObservable <T> WhenAnyCommand <T, TRet>(this IObservable <IEnumerable <T> > listStream,
Func <T, IObservable <TRet> > selector)
{
return(listStream
.Select(list => list?.Select(t => selector(t).Select(_ => t)).Merge() ?? Observable.Empty <T>())
.Switch());
}
public EditProjectViewModel(
ITogglDataSource dataSource,
IRxActionFactory rxActionFactory,
IInteractorFactory interactorFactory,
ISchedulerProvider schedulerProvider,
INavigationService navigationService)
: base(navigationService)
{
Ensure.Argument.IsNotNull(dataSource, nameof(dataSource));
Ensure.Argument.IsNotNull(rxActionFactory, nameof(rxActionFactory));
Ensure.Argument.IsNotNull(interactorFactory, nameof(interactorFactory));
Ensure.Argument.IsNotNull(schedulerProvider, nameof(schedulerProvider));
this.dataSource = dataSource;
this.interactorFactory = interactorFactory;
Name = new BehaviorRelay <string>("");
IsPrivate = new BehaviorRelay <bool>(true);
PickColor = rxActionFactory.FromObservable <Color>(pickColor);
PickClient = rxActionFactory.FromObservable <IThreadSafeClient>(pickClient);
PickWorkspace = rxActionFactory.FromObservable <IThreadSafeWorkspace>(pickWorkspace);
var initialWorkspaceObservable = interactorFactory
.GetDefaultWorkspace()
.TrackException <InvalidOperationException, IThreadSafeWorkspace>("EditProjectViewModel.Initialize")
.Execute()
.SelectMany(defaultWorkspaceOrWorkspaceEligibleForProjectCreation)
.Do(initialWorkspace => initialWorkspaceId = initialWorkspace.Id);
currentWorkspace = initialWorkspaceObservable
.Merge(PickWorkspace.Elements)
.ShareReplay(1);
currentClient = currentWorkspace
.SelectValue((IThreadSafeClient)null)
.Merge(PickClient.Elements)
.ShareReplay(1);
WorkspaceName = currentWorkspace
.Select(w => w.Name)
.DistinctUntilChanged()
.AsDriver(schedulerProvider);
CanCreatePublicProjects = currentWorkspace
.Select(w => w.Admin)
.DoIf(isAdmin => !isAdmin, _ => IsPrivate.Accept(true))
.DistinctUntilChanged()
.AsDriver(schedulerProvider);
var clientName = currentClient
.Select(client => client?.Name ?? "")
.DistinctUntilChanged();
ClientName = clientName
.AsDriver(schedulerProvider);
Color = PickColor.Elements
.StartWith(getRandomColor())
.Merge(currentWorkspace
.SelectMany(customColorIsEnabled)
.SelectMany(customColorsAreAvailable => customColorsAreAvailable
? Observable.Empty <Color>()
: Color.FirstAsync().Select(randomColorIfNotDefault)))
.DistinctUntilChanged()
.AsDriver(schedulerProvider);
var saveEnabledObservable = Name.Select(checkNameValidity);
var projectOrClientNameChanged = Observable
.Merge(clientName.SelectUnit(), Name.SelectUnit());
Save = rxActionFactory.FromObservable(done, saveEnabledObservable);
Error = Save.Errors
.Select(e => e.Message)
.Merge(projectOrClientNameChanged.SelectValue(string.Empty))
.AsDriver(schedulerProvider);
IObservable <IThreadSafeWorkspace> defaultWorkspaceOrWorkspaceEligibleForProjectCreation(IThreadSafeWorkspace defaultWorkspace)
=> defaultWorkspace.IsEligibleForProjectCreation()
? Observable.Return(defaultWorkspace)
: interactorFactory.GetAllWorkspaces().Execute()
.Select(allWorkspaces => allWorkspaces.First(ws => ws.IsEligibleForProjectCreation()));
IObservable <bool> customColorIsEnabled(IThreadSafeWorkspace workspace)
=> interactorFactory
.AreCustomColorsEnabledForWorkspace(workspace.Id)
.Execute();
Color getRandomColor()
{
var randomColorIndex = random.Next(0, Helper.Colors.DefaultProjectColors.Length);
return(Helper.Colors.DefaultProjectColors[randomColorIndex]);
}
Color randomColorIfNotDefault(Color lastColor)
{
var hex = lastColor.ToHexString();
if (DefaultProjectColors.Any(defaultColor => defaultColor == hex))
{
return(lastColor);
}
return(getRandomColor());
}
bool checkNameValidity(string name)
=> !string.IsNullOrWhiteSpace(name) &&
name.LengthInBytes() <= Constants.MaxProjectNameLengthInBytes;
}
public static IObservable <Request> GetRequests(NetWorkSetting ns, Guid[] ids, Guid dmID)
{
if (ids.NullOrEmpty())
{
return(Observable.Empty <Request>());
}
var nullReqs = (Request[])null;
var noError = (Exception)null;
return
(Observable.Generate(
new { reqs = nullReqs, idss = new[] { ids }.AsEnumerable(), DataMartID = dmID, finish = false, error = noError },
st => !st.finish,
st =>
{
try
{
if (st.error != null)
{
return new { st.reqs, st.idss, st.DataMartID, finish = true, st.error }
}
;
var i = st.idss.FirstOrDefault();
var dm = st.DataMartID;
if (i == null)
{
return new { st.reqs, idss = st.idss, DataMartID = st.DataMartID, finish = true, error = noError }
}
;
Request[] reqs = null;
using (var web = new Lpp.Dns.DataMart.Client.Lib.DnsApiClient(ns, FindCert(ns)))
{
var requests = AsyncHelpers.RunSync <IQueryable <DTO.DataMartClient.Request> >(() => web.GetRequests(i.Select(x => x).ToArray(), dm));
reqs = requests.ToArray();
}
return new { reqs, idss = st.idss.Skip(1), DataMartID = st.DataMartID, finish = false, error = noError };
}
catch (CommunicationException ex)
{
if (ex.Message.ToLower().Contains("size quota"))
{
return st.idss.First().Length > 1 // When the next segment can be subdivided further, do it
? new
{
reqs = nullReqs,
idss = st.idss
.SelectMany(i => new[] { i.Take(i.Length / 2).ToArray(), i.Skip(i.Length / 2).ToArray() })
.Where(i => i.Any()),
DataMartID = st.DataMartID,
finish = false,
error = noError
}
// Otherwise, return error
: new { reqs = nullReqs, idss = st.idss, DataMartID = st.DataMartID, finish = false, error = (Exception)ex };
}
throw;
}
},
st => st.error == null ? st.reqs.EmptyIfNull().ToObservable() : Observable.Throw <Request>(st.error),
System.Reactive.Concurrency.Scheduler.Default
)
.Catch(( Exception ex ) =>
{
_log.Error(string.Format("Unable to get requests for Network: {0}.", ns.NetworkName), ex);
return Observable.Throw <IObservable <Request> >(new GetRequestsFailed(ex));
})
.SelectMany(rs => rs));
}
public void Await_ArgumentChecking()
{
ReactiveAssert.Throws <ArgumentNullException>(() => Observable.GetAwaiter <int>(default(IObservable <int>)));
ReactiveAssert.Throws <ArgumentNullException>(() => Observable.GetAwaiter <int>(default(IConnectableObservable <int>)));
ReactiveAssert.Throws <ArgumentNullException>(() => Observable.GetAwaiter(Observable.Empty <int>()).OnCompleted(null));
}